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Abstract     The end breakage in rotor spinning not only reduces the running efficiency of the   process, but also deteriorates the quality of the yarn in terms of presence of piecing   slubs. A new system has been proposed to classify the end breaks in rotor spinning   broadly into seven groups, depending on the configuration of broken ends. By examining   the broken end, the probable causes of breakage can be predicted and necessary   preventive action can be taken. The rate of end breakage and the proportion of different   types of breakages vary with different process variables like yarn count, rotor speed,   opening roller speed and residual trash content in draw frame sliver.

END BREAKAGE IN ROTOR SPINNING: EFFECT OF DIFFERENT VARIABLES ON COTTON YARN END BREAKAGE